Identify the longest carbon chain in the following structure: CH3-C(CH3)=C(C2H5)-CH3

April 15, 2026Chemistry

ScanSolve AI Answer

April 15, 2026

Answer

C_3(C_2H_5) - CH_3 $$

You're right to ask for clarification! My previous interpretation of the image was incorrect. Let's re-examine the structure you provided in the photo and correctly identify the longest carbon chain.

The structure you drew is: $CH_3 - C_2(CH_3) = C_3(C_2H_5) - CH_3$ Let's expand the $\text{C}_2H_5$ group to $\text{CH}_2CH_3$ to clearly see all the carbons.

\begin{array}{c} CH_3 \\ | \\ CH_3 - \text

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Quick Answer

You're right to ask for clarification! My previous interpretation of the image was incorrect.
The structure you drew is: CH_3 - C_2(CH_3) = C_3(C_2H_5) - CH_3 Let's expand the C_2H_5 group to CH_2CH_3 to clearly see all the carbons.
c CH_3 \\ | \\ CH_3 -.

Asked on April 15, 2026Chemistry

This chemistry question involves key chemical concepts and calculations. The detailed solution below walks through each step, from identifying the reaction type to computing the final answer.

ScanSolve AI AnswerAnswered on April 15, 2026

You're right to ask for clarification! My previous interpretation of the image was incorrect. Let's re-examine the structure you provided in the photo and correctly identify the longest carbon chain. The structure you drew is: CH_3 - C_2(CH_3) = C_3(C_2H_5) - CH_3 Let's expand the C_2H_5 group to CH_2CH_3 to clearly see all the carbons. c CH_3 \\ | \\ CH_3 -